Wind-powered generator

Abstract

A wind-powered generator is provided. The wind-powered generator includes a housing defining an internal volume and having an inlet, an outlet, and a throat, the inlet, outlet, and throat being coaxial about an axis of symmetry of the housing, wherein a portion of the internal volume between a leading edge of the housing and the throat is defined by revolution of a curve about the axis of symmetry, and the internal volume between the throat and a trailing edge of the outlet is defined by revolution of a substantially straight line about the axis of symmetry and a nacelle mounted within the internal volume. The nacelle includes a first rotor mounted on a first end of the nacelle and positioned at least partially within the inlet, the first rotor comprising a first output shaft configured to output a first power output, and a second rotor mounted on a second end of the nacelle opposite the first end, the second rotor being positioned at least partially within the outlet and having a diameter less than the first rotor, wherein the second rotor comprises a second output shaft configured to output a second power output. The first power output and the second power output are combined within an interior portion of the nacelle to provide a combined power output of the wind-powered generator, and a nacelle ratio between an outer diameter of the nacelle at the inlet to an outer diameter of the nacelle at the outlet ranges from between about 1.60-1.70 as measured, and a housing ratio of an inner diameter of the housing at the inlet to an inner diameter of the housing at the outlet ranges from about 1.85-1.97.

Description

CROSS-REFERENCE TO RELATED APPLICATIONS[0001]This application claims benefit of priority to U.S. Provisional Application No. 63 / 126,659 filed on Dec. 17, 2020, which is incorporated by reference in its entirety.FIELD OF THE DISCLOSURE[0002]The present disclosure relates to a wind-powered generator, and more particularly, to a wind-powered generator configured for use in residential and portable applications.BACKGROUND OF THE DISCLOSURE[0003]Green energy (e.g., solar, wind, hydro, etc.) has seen a rapid rise in importance during the past decade, due at least in part to a global consciousness regarding fossil fuel consumption and its impact on the environment. As more consumers have begun to feel a desire to do “their part” for ensuring a healthy environment, the demand for improved devices to enable such consumers to aid in the global effort has increased.[0004]While many consumers would like to contribute to the global effort by utilizing green energy, not all consumers have the abi...

AI Technical Summary

Benefits of technology

The patent describes a wind-powered generator that can be easily moved to different locations. It is protected from damage by an external housing and includes a coating to reduce friction. This allows for longer periods of use without maintenance and adds to the efficiency and reliability of wind power. The generator can be easily disassembled and remounted, making it ideal for use in motorhomes and RVs. Overall, the patent introduces a new technology that expands the use of wind power.

Problems solved by technology

While many consumers would like to contribute to the global effort by utilizing green energy, not all consumers have the ability to do so.

For example, depending a consumer's location, energy producers utilizing green energy may be limited or even non-existent.

Further, initial investment in green energy sources / generators can be high, thus discouraging energy producers from stepping into the market, and limiting many consumers ability to capitalize on the available, green energy sources.

Wind is one readily available power source and can be found in almost every location at most times. However, due to certain constraints (e.g., neighbor complaints, housing regulations, wildlife danger, etc.) consumers may be unable to even consider installation of a wind-powered generator.

Further, even in locations where wind-powered generators may be considered, based on certain aspects associated with various locations (e.g., wind shear, obstacles, etc.), wind airflow may be insufficient to generate stable power output using presently known wind turbines.

Therefore, despite many consumers' desire to derive power from wind, the proposition is often too costly and inefficient to be of interest.

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